Sistema de monitoramento aplicado à NR-15

Abstract

Agriculture is one of the oldest and most important human activities. Since the earliest ages up to the current days, innumerable planting and harvesting techniques have im- proved agriculture. According to the technological advancement observed in the present century, new methods which take advantage for direct use of high level technologies have emerged. Even though, in this context there is still some huge and lacking studies gap and technological implementations. Therefore, this project presents and contextualizes the use for real-time monitoring systems in storage units, proposing the development of a web application in Java and in TypeScript, approaching since the modeling of a database and a server, up to the creation of a contact interface to the user (frontend). Besides that, this project also propose, at a code level in C language, a implementation logic of an example algorithm responsible for measuring and formatting the temperature and humidity values, to set a connection to a wi-fi network and for sending the storing data through the internet to the server. Thereby, this project main goal is the creation of a real-time monitoring system formed by the set of software and hardware, but the main focus on the software develop- ment, in such a way that the work safety application at the storage units context is just an example of the use of this system. For that purpose, were used concepts of embedded sys- tems, cloud computing, internet of things and database, among others quoted throughout this text. The results obtained by the tests presented the expected behavior for the vali- dation of the proposed system use example, in such a way that its main goal has been achieved. According to this, it is understood that this project may serve as a referential for future works that might approach the use of technologies applied to work safety application in the agricultural environment, as well as for those, in some way, that might touch the topic under analysis.